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The rigorous expression of the capacitance is (Formula presented) where the linearized Debye length (Formula presented) is equal to the smallest value of the electrons or ion Debye length. Using the plate sheath potential shape, not yet presented in the text, we can calculate at each position from the plate, the electrons and ion Debye lengths whose amplitude are increasing as the distance from the plate decreases. At the levitation height, we find (Formula presented) where (Formula presented) is the ion Debye length and the ratio (Formula presented) is smaller than 1
-
The rigorous expression of the capacitance is (Formula presented) where the linearized Debye length (Formula presented) is equal to the smallest value of the electrons or ion Debye length. Using the plate sheath potential shape, not yet presented in the text, we can calculate at each position from the plate, the electrons and ion Debye lengths whose amplitude are increasing as the distance from the plate decreases. At the levitation height, we find (Formula presented) where (Formula presented) is the ion Debye length and the ratio (Formula presented) is smaller than 1.
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42
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85036354716
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